Teacher Information
- Name
- HU Huan ZJU Faculty Homepage
- Department
- ZJUI
- Research
-
Advanced Nanomanufacturing,Bio-inspired micro/nano sensors,Lab on a chip integrating Nanotechnology
- Document Type
- Book Chapter
Publication
- Chapter Title
-
Recent advances in nucleic acid analysis and detection with microfluidic and nanofluidics
- Author
- Chapter
-
7
- Source Title
-
Multidisciplinary Microfluidic and Nanofluidic LabonaChip: Principles and Applications
- Author/Author of Source
- Publisher
-
Elsevier
- P-ISBN
-
9780444594327
- Abstract
-
Microfluidic- and nanofluidics-based nucleic acid sensing and analysis have become of interest to the public, especially during the current COVID pandemic. In this chapter, we provide a comprehensive review of recent research dedicated to the advances of nucleic acid analysis and detection including various polymerase chain reaction platforms, isothermal target amplification methods, and emerging amplification-free methods, such as optofluidics sensing, electrochemical sensing, thermal sensing, and advanced microscopy for label-free DNA/RNA analysis. The future advancement and prospects of nucleic acid analysis are also discussed.
- DOI
- https://doi.org/10.1016/B978-0-444-59432-7.00001-7
Print & Electronic Holdings
- Holdings
-
International Campus Library-Special Collection
- Call Number
-
R318.6/LM2/SC2
- Barcode
- Database
-
Elsevier
- Link